Data Center Airflow, Sealing, Protection, and HMI Solutions
Boyd's data center solutions help hyperscale, colocation, enterprise, edge, modular, and AI infrastructure teams improve uptime, reliability, and operational efficiency with engineered materials for airflow management, environmental sealing, EMI shielding, electrical insulation, vibration damping, and equipment labeling. Designed for high-density electronics and scalable global production, Boyd solutions protect critical data center equipment, support safer service, improve system performance, and help operators meet the demands of next-generation cloud and AI data center environments.
信頼性の高い大容量生産
冗長なグローバル製造
アジャイルなランプと生産のスケールアップ
Data Center Engineering Solutions
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Powering AI Data Centers: Boyd’s High-Performance Materials Solutions
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Sealing, Airflow Control, and Contamination Protection for Data Center Performance
Optimize Data Center Airflow Efficiency
Enhance data center energy efficiency, airflow performance, and system reliability with advanced airflow management solutions and air sealing technologies designed for hyperscale, cloud, colocation, edge, and enterprise data centers. Boyd’s engineered systems optimize cooled air delivery and hot air exhaust, creating consistent airflow pathways that improve efficiency and reduce the risk of overheating and component failure.
High-performance, UL 94 V-0 rated air blockers and airflow baffles manufactured from proven polyimide foam materials like SOLIMIDE® seal gaps, prevent cool air loss, and eliminate heat-trapping air pockets. These solutions deliver reliable insulation, improve airflow containment, and reduce noise in high-density server rack environments.
Explore related solutions for AI server infrastructure optimization and high-density rack performance to further improve system efficiency, scalability, and uptime.
データ・センターの総所有コストの削減
統合ソリューションは、無駄、メンテナンスコスト、ダウンタイムを最小化または排除し、データセンターの総所有コストを全体的に削減します。
設計を迅速に反復し、市場投入までの時間を短縮
市場をリードするスピードと応答性を備えた顧客第一のサービスと、数十年にわたる熱設計の専門知識と堅牢な独自のモデリングツールを組み合わせることで、Boydは設計を迅速に反復し、市場投入までの時間を短縮できます。
レスポンシブグローバルローカリゼーション
Boydは、地政学的な変化、地域調達の戦略の変化、ニアショアリング、またはグローバルな製造の動きに対応して地域のニーズが進化するにつれて、お客様と一緒に動きます。
Enclosure Protection and Contamination Control for Reliable Sealing
Data center enclosures face constant exposure to service activity and environmental contaminants, making effective data center sealing solutions critical to long-term reliability and IP-rated protection. Boyd provides enclosure, housing, and environmental seals that help protect against dust and water ingress while improving contamination control and system uptime across cloud, colocation, enterprise, and edge data center deployments. Integrated airflow management and filtration solutions, including foam and mesh air filters, further reduce particle buildup on sensitive components to maintain thermal performance and prevent hardware failure. Boyd offers a broad portfolio of gasket and sealing materials, including high-performance elastomers such as nitrile (NBR), EPDM, polyurethane, and silicone, engineered to meet precise sealing force, compression set, and design-for-assembly requirements.
より安全なデータセンターの構築
Boydのソリューションは、データセンター環境全体を考慮し、環境騒音公害を低減してデータセンターの運用をより安全にする静かなソリューションを提供します。
効率と信頼性の向上
Advanced Airflow Containment and Sealing Solutions with Gaskets and Baffles
Boyd offers advanced air containment solutions such as thermoformed, FR V0 rated electrically insulating air baffles, along with air blocking, air shielding, gasket, and air diverter materials designed to control and direct airflow within enclosures. High performance materials like SOLIMIDE® polyimide foam and elastomer options including nitrile, EPDM, polyurethane, and silicone are optimized for sealing force and compression force deflection to maximize air containment efficiency. These leak sealing foams and gaskets minimize air leakage, protect sensitive components from contaminants, and help maintain consistent, reliable system operation.絶縁性ULラベルとオーバーレイ
エンタープライズコンピューティングシステムには、ピーク時の機能とパフォーマンスを維持するために明確な識別が必要な余剰のコンポーネントとサブシステムが組み込まれています。Boydのカスタム警告ラベル、規制グラフィック、複雑なグラフィックオーバーレイ、システム情報ラベル、難燃性ケーブル管理ソリューション、およびシリアル化された識別ラベルは、世界クラスのハイパースケールコンピューティングセンターから小規模なエッジコンピューティングサイトまで、あらゆる規模のデータセンター施設の編成を支援します。 UL定格の電気絶縁原材料で設計および印刷された情報および誘電体オーバーレイは、ULのテスト、承認、およびトレーサビリティに役立ちます。UL 969に準拠した警告および規制ラベルを使用して製造および組み立てることでBoydハードウェアのトレーサビリティを向上させます。Boydの包括的な面ファスナーケーブル管理システムを使用して、液体冷却システム用の入出力ネットワークケーブル、ワイヤ、およびホースの構成を強化します。
データセンターの騒音と振動の軽減
環境汚染物質に加えて、騒音や振動、電気、複雑な内部電子部品は、信頼性とシステムの完全性を低下させ、メンテナンス料金とシステムのダウンタイムを増加させる可能性があります。Boydの包括的な保護ソリューションは、エンクロージャV-0火炎定格誘電体絶縁体内の火花電圧をブロックすることにより、騒音と振動の伝播を軽減し、電子信号の完全性を改善し、感電保護と火災安全性を向上させることで、データセンター、ネットワーキング、接続システムのパフォーマンスを向上させ、稼働時間を最大化します。
データストレージダンパーとサーバーシーリング
クラウドデータセンターシステムのパフォーマンスと信頼性を向上させ、読み取り/書き込みの精度と速度を向上させ、データセンターの運用環境から保護します。Boydのソリューションは、振動を減衰させ、システム操作、音響、従来の空冷システムなど、多くの可動部品が高速で動作する従来の空冷システムなどの機械的および音響的ソースからの衝撃を吸収します。当社は、企業の騒音、振動、ハーシュネス、およびハードディスクドライブのダンピングを管理する専門家です。また、サーバーシャーシは、水やほこりの侵入、電磁干渉、LEDクロストーク、および火花電圧から密閉およびシールドして、動作のピークパフォーマンスとシステム稼働時間を実現する必要があります。
Data Center FAQs
What is data center airflow management?
Data center airflow management uses components like baffles, blockers, seals, and filters to guide air through intended pathways and reduce bypass and leakage inside racks, cabinets, and server enclosures.How do baffles and air blockers improve system consistency?
Baffles and air blockers help reduce unintended airflow paths by closing gaps and forming internal channels that steer airflow through engineered routes, supporting more predictable system behavior at scale.What materials are used for air blockers and gap fillers?
Material selection depends on geometry, safety requirements, and assembly needs. Boyd supports options including SOLIMIDE® polyimide foam and other engineered foam families used for airflow control and sealing applications.How do seals and gaskets help protect data center equipment?
Seals and gaskets help reduce dust and moisture ingress through seams, doors, and interfaces, improving enclosure integrity and reliability in service-heavy environments.What is EMI shielding and why is it important for data centers?
EMI shielding helps reduce unwanted electromagnetic disturbance that can impact electronic performance and signal integrity—especially in dense electronics and high-speed connectivity environments.What is UL 969 and why does it matter for labels in data centers?
UL 969 covers marking and labeling performance (durability, legibility, and attachment) so critical safety and regulatory information stays readable and adhered under expected conditions.How do HMI and graphics improve serviceability in colocation and hyperscale facilities?
Clear front panel graphics, overlays, and durable labeling improve technician speed and accuracy by placing instructions and identifiers where they’re needed most—reducing service friction across large fleets.What types of interface components does Boyd support for data center equipment?
Boyd supports a broad range of interface approaches—including switches and user interfaces, graphic overlays, and full front panel integration—supported from prototyping through production.Why is noise and vibration mitigation important in data center hardware?
Noise and vibration can reduce reliability and contribute to downtime in complex assemblies; mitigation solutions help reduce vibration propagation and improve robustness in demanding environments.How does Boyd support fast program execution for different data center types (hyperscale, edge, modular)?
Boyd’s Data Center portfolio emphasizes trusted, high-capacity production, agile scaling, and redundant global manufacturing to support rapid deployments and consistent fleet execution.What engineered material solutions are used in data centers?
Data center engineered material solutions include seals, gaskets, EMI and RFI shielding, electrical insulation, air baffles, air blockers, labels, overlays, HMI components, and vibration damping materials that help protect equipment and support reliable operation.Why is EMI shielding important in data centers?
EMI shielding helps protect sensitive data center electronics from electromagnetic and radio frequency interference that can affect signal integrity, system performance, and reliability in dense server, rack, chassis, blade, and storage environments.関連製品とリソース
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